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To better understand contributing factors and mediating mechanisms related to team dynamics in isolated, confined, and extreme (ICE) environments.

Literature review.

Our primary focus is on cohesion and adaptation – two critical aspects of team performance in ICE environments that have received increased attention in both the literature and funding initiatives. We begin by describing the conditions that define ICE environments and review relevant individual biological, neuropsychiatric, and environmental factors that interact with team dynamics. We then outline a unifying team cohesion framework for long-duration missions and discuss several environmental, operational, organizational, and psychosocial factors that can impact team dynamics. Finally, we end with a discussion of directions for future research and countermeasure development, emphasizing the importance of temporal dynamics, multidisciplinary integration, and novel conceptual frameworks for the inherently mixed work and social setting of long-duration missions in ICE environments.

A better understanding of team dynamics over time can contribute to success in a variety of organizational settings, including space exploration, defense and security, business, education, athletics, and social relationships.

We promote a multidisciplinary approach to team dynamics in ICE environments that incorporates dynamic biological, behavioral, psychological, and organizational factors over time.

In this chapter, we view team cohesion from a more generalized perspective of team dynamics, and focus on four leadership models for understanding these dynamics in teams in the context of the Mars Mission. Given the long duration of the mission with periods of no or intermittent communication and support, isolation and confinement, and the risk of great physical and psychological harm, having tailored leadership models for this unique team dynamics context is critical. And yet, many of these same dangerous conditions occur in other contexts such as for first responders, crisis management teams, Special Forces operations, and scientific exploration teams in extreme environments. As such, building from a model of leadership and team dynamics for dangerous contexts, for a long-duration space mission involving both Mission Control and the Astronaut Crew, these models of leadership and team dynamics include a collective-level approach for scientists and engineers, a primarily crew-based socioemotional approach, a leader-level crisis/emergency approach, and a dyadic or sortie-level approach. Implications of these models for effective leadership in building and maintaining team dynamics and cohesion for the Mars Mission and across a variety of other dangerous and extreme contexts are discussed.

Large-scale and complex issues tend to require a system of interconnected teams (i.e., multiteam systems) that offer more manpower, resources, and flexibility to meet more challenging demands. However, multiteam systems often work within “extreme environments” that can be very stressful, and the impact of this stress can deplete team members’ Well-Being and hinder team performance. Current research on multiteam systems does not address the need to understand how environmental stressors may impact component teams and overall team functioning and how multiteam systems in these environments can regulate stress to overcome these problems. NASA’s spaceflight multiteam system provides a unique example that organizational researchers can look at to understand how the Mission Control team helps regulate stress in the spaceflight team operating within an isolated, confined, and extreme environment. This chapter articulates how NASA’s spaceflight multiteam system stress regulation practices can inform organizational psychologists and advance our understanding of multiteam system functioning.

Long-duration spaceflight missions require many hours of pre-mission and inflight training to develop and maintain team skills. Current training flows rely heavily on expert instructors, while current inflight mission operations are supported by a complex series of support teams at Mission Control. However, future exploration space missions will not have real-time communications with ground-based experts at Mission Control. Portable intelligent tutoring systems may help streamline future training, reducing the burden on expert instructors and crew training time, and allowing for inflight support to mitigate negative effects of the loss of real-time communications. In this chapter, we discuss the challenges of long-duration exploration missions, and outline the myriad possibilities in which intelligent tutoring systems will enhance the crew performance and functioning.

The practical need for understanding and improving team resilience has increased, and more research is needed to provide an evidence-base for guiding organizational practices and policies. In this chapter, the authors highlight what we see as critical challenges and opportunities for advancing the science of team resilience. We focus on conceptual and methodological challenges involved in conducting field-based research on team resilience, as the authors believe field-based research is a particularly critical approach for advancing the science of team resilience. The authors first provide a brief review of recent theoretical work in defining team resilience. Then the authors describe key challenges that must be managed in field studies seeking to refine and capitalize on this critical area of research to provide solutions capable of supporting individual, team, and organizational outcomes. These challenges include defining trajectories of resilient team performance, understanding the consequences of repeated episodes of team resilience, formal specifications of events precipitating resilient team performance, measuring the event appraisal and communication process, and adopting measurement methods with high temporal resolution. Finally, the authors provide directions for future research to address these gaps.

Over the past two decades, the study of team resilience has evolved from focusing primarily on team performance to recognizing its importance in various aspects of team functioning, including psychological health, teamwork, and overall Well-Being. This evolution underscores the need for a broader, more inclusive understanding of team resilience, advocating for a shift from a narrow performance-centric view to a holistic perspective that encompasses the multifaceted impact of resilience on teams.

In advocating for this holistic perspective, this chapter reviews the extant literature, highlighting that resilience is not merely about sustaining performance but also about fostering a supportive, adaptive, and psychologically safe environment for team members. Significant areas for further exploration, including the nuanced nature of adversities teams face, the processes underpinning resilient behaviors, and the broad spectrum of outcomes resilience can influence beyond task performance are also discussed.

The chapter serves as a call to action for a more inclusive examination of how resilience manifests and benefits teams in organizational settings. The proposed shift in perspective aims to deepen understanding of team resilience, promoting strategies for building resilient teams that thrive not only in performance but in all aspects of their functioning.

Across many high-stakes contexts, teams influence their members’ physical and psychological Well-Being. For example, teams can provide social support and backup behaviors to reduce demands on team members. On the contrary, teams engaged in conflict or other deleterious processes can serve as a source of stress for their members. Despite these potential impacts, existing research primarily focuses on the impact of teamwork on team-level, rather than individual-level outcomes. This chapter argues that teams play an important role in members’ Well-Being, synthesizing existing research on the topic and focusing on synthesizing research that suggests teams play an important and overlooked role in members’ Well-Being, and providing recommendations for future research in this domain.